Home
Class 11
PHYSICS
A balloon partially filled with helium h...

A balloon partially filled with helium has a volume of `30 m^3`, at the earth's surface, where pressure is `76 cm` of (Hg) and temperature is `27^@ C` What will be the increase in volume of gas if balloon rises to a height, where pressure is `7.6 cm` of `Hg` and temperature is `-54^@ C` ?

Promotional Banner

Similar Questions

Explore conceptually related problems

A balloon of volume 200 litre having ideal gas at 1 atm pressure and at 27^@C , when rises to a height where atmospheric pressure is 380 mm Hg and temperature is -3^@C , balloon will

A balloon of volume 200 litre having ideal gas at 1 atm pressure and at 27^@C , when rises to a height where atmospheric pressure is 380 mm Hg and temperature is -3^@C , balloon will

One litre of helium gas at a pressure of 76 cm-Hg and temperature 27^@C is heated till its pressure and volume are doubled. The final temperature attained by the gas is

One litre of helium gas at a pressure 76 cm . Of Hg and temperature 27^(@)C is heated till its pressure and volume are double. The final temperature attained by the gas is:

One litre of helium gas at a pressure 76 cm . Of Hg and temperature 27^(@)C is heated till its pressure and volume are double. The final temperature attained by the gas is:

A balloon carries a total load of 185kg at normal pressure and temperature at 27 dec C. What load with the balloon carry on rising to a height at which the barometer pressure is 45cm of Hg and the temperature is -7 deg C. Assuming volume constant.

A weather balloon has a volume of 175 dm^(3) when filled with hydrogen gas at a pressure of 1*0 bar. Calculate the volume of the balloon when it rises to a height where the atmospheric pressure is 0*8 bar. Assume that temperature is constant.

A weather balloon has a volume of 175 L when filled with hydrogen at a pressure of 1.000 atm. Calculate the volume of the balloon when it rises to a height of 2000 m, where atmospheric pressure is 0.8000 atm. Assume that temperature is constant.